| flamehot3 |
determines a user defined "burning" region of the flame; cuts off values out of that region; calculates values of a second user defined variable in that region |
| extract3 |
extracts values of a variable along an isosurface of another one |
| extractbatch |
extracts values of a variable along an isovalue of an other one in orthogonal 2d slices |
| linextract3 |
draws a linear cut normal to the flame front through the whole domain |
| lincut3 |
draws linear cut through flame between user defined boundaries, extracts values of user defined variable along the cut |
| intcutlin3 |
computes integral value of variable along linear cut in user defined location |
| intcutlin3b |
batch modus of intcutlin3, computes integral values of a variable in several points on flame surface |
| nonlinextract3 |
draws a nonlinear cut through flame front following the gradient of flame front |
| nonlincut3 |
draws nonlinear cut through flame front between user defined boundaries, extracts values of user defined variable along the cut |
| intcutnonlin3 |
computes integralvalue of variable along nonlinear cut in user defined location, plots the cut |
| intcutnonlin3b |
batch modus of intcutnonlin3, computes integral values of a variable along nonlinear cuts in several points on flame surface |
| colorplot3 |
plots values of extracted variable along flame front and corresponding histogram |
| flameindex3 |
calculates and plots flame index |
| reacprog3 |
calculates and plots reaction progress variable |
| reacprog3co2 |
calculates and plots reaction progress variable and surface density function |
| mixfrac3 |
calculates mixture fraction of H2 flames according to formula of Bilger |
| mixfracspec3 |
calculates mixture fractions of H2 flames based on species H2, O2, N2 according to the formulae (3.12), (3.101), (3.103) in Poisont/ Veynante |
| mixfracsyng3 |
calculates mixture fraction of syngas flames according to formula of Bilger |
| mixfracssyngpec3 |
calculates mixture fractions of syngas flames based on species H2, O2, N2 according to the formulae (3.12), (3.101), (3.103) in Poisont/ Veynante |
| scalardiss3_f |
calculates scalar dissipation rate in a 3d field based on mixture fraction f< |
| scalardiss3_c |
calculates scalar dissipation rate in a 3d field based on reaction progress variable c< |
